GAOTek Spectrum Analyzers are electronic test equipment wildly used in the test, maintenance, troubleshooting, and installation of radio frequency circuits and equipment. The spectrum analyzers are able to reveal the elements of the signal and the performance of the circuit producing them, which otherwise would not be easy to analyze.
The spectrum analyzers can monitor the levels of spurious signals, such as intermodulation products, noise, harmonics and other signals, to see whether they meet the required levels by displaying the frequency of the signals on the horizontal scale and the amplitude of signals on the vertical scale. GAOTek sells these spectrum analyzers to the United States, Canada and Globally.
The spectrum analyzers are designed to test and check the response of networks and filters. They are wildly used to measure the bandwidth of modulated signals and discover whether they fall within the required mask. These devices can monitor tracking generator to see the loss at any given frequency. In this way, the spectrum analyzers make a plot of the frequency response of the network. Spectrum analyzers are also widely used in many signaling processes, an example of this would be optical analyzers.
GAOTek Spectrum Analyzers have adjustable spectral density range, auto-fitting time, frequency and spectral density rulers, and can run on many operating systems, such as MAC OS, Linux, and Windows. The spectrum analyzers also have built-in cut filters, gas purging input and output ports, and speed mode options, which increase the sweep speed. The spectrum analyzers can also be used to determine the bandwidth of a signal, and demodulate AM/FM/SSB/CW audio in real-time. You can see digital signal processing on PC after connecting the spectrum analyzers. These compact, portable, light-weight, and easy set-up spectrum analyzers are suitable for indoor and outdoor use.
These spectrum analyzers can measure and receive radio waves within given parameters to transmit data to a radio set or TV, also used in many industries that require measurement of sound levels. One of the important applications of the spectrum analyzers is in tape recorders, hand phones and speakers. They can be set to measure the light beams that LED such as diodes or lasers emit. They are widely used in determining the cause of interference to wireless networking equipment, such as Wi-Fi and wireless routers. They are widely used in environmental monitoring and many industries, such as security, healthcare, telecommunications, chemical analysis, sensing, and microscopy.
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GAOTek High Performance Spectrum Analyzer (for wide frequency range)ID: GAO-SAU-101 USD Call for Quote
This GAOTek High Performance Spectrum Analyzer (for wide frequency range) with excellent phase noise and high sweep speed can be used in field work to measure the frequency range from 9 kHz to 44 GHz.
GAOTek Spectrum Analyzer (9 kHz ~1.5 GHz, Phase Noise -85 dBc/Hz@10 kHz,DANL -150 dBm)ID: GAO-SAU-103 USD Call for Quote
This Spectrum Analyzer (9 kHz ~1.5 GHz, Phase Noise -85 dBc/Hz@10 kHz, DANL -150 dBm) is a test equipment designed to examine the frequency spectrum of radio frequency with -150 dBm displayed average noise level.
GAOTek Handheld Spectrum AnalyzerID: GAO-SAU-102 USD
This Handheld Spectrum Analyzer is a test equipment designed for real-time spectrum analysis of radio frequency circuits with a wide frequency range of 9 kHz to 3.6 GHz.
Spectrum Analyzer with High Accuracy (Large Capacity Battery)ID: GT00Z800ZZ USD Call for Quote
Spectrum Analyzer with Wide Frequency Range (High Accuracy)ID: GT00Z800ZW USD Call for Quote
GAOTek High Performance Transmission Line and Antenna AnalyzerID: GAO-TLAA-101 USD Call for Quote
This High Performance Transmission Line and Antenna Analyzer is designed for on-site testing of cable and antenna system in various communication networks with a wide frequency range from 1 MHz ~ 8 GHz.
GAOTek Portable High Performance Spectrum AnalyzerID: A0070007tek USD Call for Quote
This handheld, lightweight Spectrum Analyzer is designed to locate, analyse and map the signal interference and is very useful for wireless communication field engineers to characterize the signal environment.